| Lumiscope
Wrist, Automatic Inflation & Smart Deflation Blood Pressure Monitor
#1140
Displays blood pressure and pulse readings with time and date. Features
This
fully automatic, wrist style blood pressure monitor is both easy to use
and ideally suited for daily measurements. The large display includes
systolic, diastolic and pulse, all clearly shown at the completion of
each reading. In addition,
you can store up to 30 measurements per Memory Zone using your 1140's
built-in memory, ideal for users who want to monitor and track their blood
pressure on a regular basis. The Lumiscope 1140 is compact and portable, making
it ideal for home use and travel.
How the 1140 Works Your Lumiscope Wrist Monitor 1140 uses the oscillometric method to detect your blood pressure. Before the blood pressure cuff starts inflating, the device will establish a baseline cuff pressure, which is equivalent to the air pressure. The measurement of your blood pressure is based on this baseline pressure. After the cuff inflates to block your blood in the artery, the deflation process starts. During the deflation of the wrist cuff, your 1140 is detecting the pressure oscillations generated by the beat-to-beat pulsatile. Any muscle movement during this period of time will cause measurement error. After detecting the amplitude and the slope of the pressure oscillations during the deflation process, your 1140 will determine the systolic and diastolic pressures for you, and your pulse rate is detected at the same time.
Other Blood Pressure Monitors Other Wrist Blood Pressure Monitors
More Accurate by Using Step Valve Technology The new Lumiscope 1140 Blood Pressure Monitor incorporates cutting-edge Step Valve Technology, resulting in greater measurement accuracy. Step valve technology uses an electronic valve system as opposed to the traditional mechanical valve system, allowing the monitor to analyze oscillations during measurement and adjust cuff pressure accordingly. Adjustments
in cuff pressure occur in steps and result in an audible ticking as the
valve releases air from within the cuff. Releasing
pressure in steps allows the monitor to analyze oscillations within the
cuff and evaluate them for accuracy. When the monitor does not detect
oscillations for a particular step, it releases air pressure. If the
monitor detects oscillations, it will continue toevaluate at that particular
step until it confirms theaccuracy of those oscillations. The monitor's ability to detect and analyzeoscillations at each step and adjust cuff pressure accordingly results in the monitor's increased measurement accuracy.
What
is Blood Pressure? Why
Measure Your Blood Pressure? Blood
Pressure Standard
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